Grants and Contributions

To drive user acquisition and brand awareness through strategic local business partnerships, digital advertising, and community-focused marketing campaigns across Edmonton and surrounding regions.

The objective of this project is to improve and scale manufacturing and conduct related market research on the application of renewable formates in Canada and eventually, globally. A key manufacturing target is producing 4 tonnes of formic acid per month, scaling up to an initial goal of 250 tonnes per year, with an eventual aim of 18,000 tonnes annually. For commercial success, the project targets securing industrial B2B accounts with a high trial-to-purchase conversion rate and selling 10,000 home-use units. The project aims to capture a foothold of the Canadian oxide removal market initially and industrial/municipal de-icing needs.

Develop and integrate AI model APIs and automated data workflows under the supervision of the Lead Software Developer.

To employ a youth and provide career experience with seaweed hatchery cultivation and genetic selection within an established seaweed company.

This project is to develop an accurate automatic translation program for migrating SAS code to R. SAS is a legacy statistical software widely used in pharmaceutical, insurance, and financial sectors. R is an open-sourced statistical computing and data visualization programming language that can enable these modern functionality.

This project would support home identification and assessment operations, which underpins the entire home relocation process by identifying viable structures for rescue, conducting virtual and on-the-ground assessments, and ensuring digital and hard tools are accurate.

With more complex and large-scale moves rapidly developing to save good homes from the landfill, this position is essential to maintaining momentum and ensuring each home rescue is viable and well-coordinated. This role would assist in meeting growing demand, refining operations, and continuing to deliver practical, circular housing solutions across British Columbia.

The outcomes of this work will support the development of next-generation biomaterials that reduce reliance on petroleum-based plastics and contribute to a more circular, environmentally responsible economy.

EverythingCloud is developing an AI-powered assistant that helps businesses optimize cloud costs by intelligently analyzing both billing data and cloud infrastructure usage. This solution transforms raw cost and usage information into clear, actionable insights that can be easily understood and acted on by finance, engineering, and operations teams alike.

The innovation lies in using AI to bridge the gap between financial and technical data, allowing organizations to proactively detect inefficiencies, control spending and align cloud infrastructure decisions with business goals — all through an intuitive, conversational interface.

To advance the development of the Firm's AI Driven Weld Engineering software for generative and predictive welding procedure specifications (WPS) and procedure qualification records (PQR), from a proof of concept to a commercial-ready product.

The project aims to develop an innovative advanced firefighting pump for improved compatibility, easier maintenance, and smarter controls, using advanced material engnieering with the goal of using it for innovative new applications, especially in portable uses such as forest firefighting and emergency flooding response.